Anna Christina Nobre

This paper estimates the full-frequency whole-head profile of age effects on resting-state MEG and shows the effect is replicable and robust across datasets and covariates.

The paper investigates parallel search mechanisms in perceptual and working-memory domains, finding similar search speeds but distinct neural and oculomotor patterns.

This study investigates how attention is divided between perception and working memory when both domains are simultaneously relevant, revealing asymmetric behavioural and neural effects.

The paper assesses mood instability and circadian patterns in individuals at risk for bipolar disorder using digital monitoring and actigraphy over 10 weeks.

This study investigates temporal organisation of hand action selection in people who stutter (PWS) compared to typically fluent speakers (TFS) using MEG, finding weaker mu/beta modulation during high uncertainty periods.

The paper investigates neural mechanisms for internal attention during working memory and long-term memory tasks, finding distinct neural correlates for each.

This study examines how age affects resting-state cortical networks using MEG data from 612 healthy adults, finding age-related changes in oscillatory power and coherence, and dynamic network dynamics.

This study shows that individuals with ADHD maintain the ability to form predictions but show reduced long-term benefits from temporal prediction in a dynamic visual task.

The paper investigates how temporal attention affects visual processing stages using EEG, finding that temporal predictability modulates ERP components like P300 during target identification tasks.

The paper investigates how feature-temporal predictions influence visual search performance, attentional capture, and motor responses in dynamic environments.

This study compares how attentional orienting aids retrieval from working memory and long-term memory, finding stronger effects in working memory and dissociable attention processes.

The paper investigates how visual and motor contents in working memory are reselected after external interference, finding that both are reselected immediately and concurrently.

The paper investigates how attention and performance feedback influence confidence and insight in working memory, showing attention improves confidence judgments and feedback helps update beliefs over time.

This study compares how contextual associations and statistical regularities influence visual search and attention orienting through memory recall and attention tasks.

This study investigates neural dynamics during attention shifts between external sensory input and internal working memory using magnetoencephalography.

The paper investigates how sensory and motor contents are prioritized in working memory through dynamic temporal modulation, finding they are temporally uncoupled and governed by distinct neural mechanisms.

The paper investigates how timing mechanisms differ between perceptual and motor timing tasks using EEG and multivariate pattern analysis, finding both shared and task-specific processes.

The paper introduces the GLM-Spectrum framework for analyzing power spectra with confound and covariate modeling, showing its ability to quantify condition differences and age effects in EEG data.

The paper investigates how evidence accumulation rate influences age-related response speed declines in older adults exposed to enriched environments.

The paper shows that microsaccades transiently lateralise EEG alpha power based on their direction, linking eye movements to spatial cognition.

The paper investigates how sensory history affects working-memory performance, finding two distinct biases in behavior and neural representations.

The paper investigates the relationship between microsaccades and neural modulation by covert spatial attention, finding that microsaccades are correlated with but not required for neural modulation.

The paper investigates beta activity and connectivity during sustained motor tasks and finds that beta activity and connectivity are transient, not sustained, even when motor behavior is sustained.

This study identifies a neural signal during internal sampling from working memory that mirrors decision-making processes observed in external sensory sampling.

This study investigates how arousal adapts to temporal predictability in sustained tasks, showing that predictable event timing reduces tonic arousal and improves performance efficiency.

The paper develops a framework to analyze oscillatory waveform dynamics by isolating signals and quantifying cycle shape changes using instantaneous frequency, revealing variability in theta oscillations in mouse hippocampal recordings.

This study shows that continuous auditory stimulation modulates visual perception and neural activity without rhythmic structure in the visual stimulus or abrupt auditory onsets.

This study decodes visual colour from scalp EEG using Linear Discriminant Analysis, showing it reflects sensory qualities and is comparable to orientation decoding.

This study shows reduced cortico-muscular beta coupling in Parkinson's disease patients predicts motor impairment despite comparable grip strength.

This study compares item-based and feature-based attention in visual working memory using behavioral and EEG measures, finding similar but distinct benefits for recall accuracy and neural oscillations.